AOX1 cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew)

Gene
Clones
gRNAs

Summary

Gene Symbol	AOX1
Entrez Gene ID	102857681
Full Name	aldehyde oxidase 1
Gene Type	protein-coding
Organism	Elephantulus edwardii(Cape elephant shrew)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006889140.1	XP_006889202.1	aldehyde oxidase-like

Pathways from BioSystems
Gene Ontology

The following AOX1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AOX1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OEl45363	XM_006889140.1 Latest version!	Elephantulus edwardii aldehyde oxidase 1 (AOX1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

AOX1 ( XM_006889140.1 ) cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew) -> XP_006889202.1 Elephantulus edwardii aldehyde oxidase 1 (AOX1), mRNA.

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CloneID	OEl45363
Clone ID Related Accession (Same CDS sequence)	XM_006889140.1
Accession Version	XM_006889140.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3861bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2014-02-17
Organism	Elephantulus edwardii(Cape elephant shrew)
Product	aldehyde oxidase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006399825.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Elephantulus edwardii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTTGCC CCACAAGATC AGATGAGTTG GTGTTCTTTG TGAATGGGAG GAAGGTGATC 
GAGAGGGATG CAGACCCAGA AGTGACTCTC CTAACCTTCC TGCGAAAGAA TTTACGCCTC 
ACCGGAACCA AGTATGCCTG TGGAAGAGGA GGCTGTGGGG CATGTACTGT GATGGTGTCC 
AGGCACGACC CGTCATCCAA GAAGATAAGA CACTTCTCAG TCACTGCCTG CCTGGTGCCC 
ATCTGCTCAC TGCATGGAAC TGCTGTCACC ACTGTGGAAG GCGTTGGAAG CATCAAAACT 
AGGATTCACC CCGTTCAGGA GAGGATCGCC AAGAGCCATG GCACCCAGTG TGGATTCTGC 
ACCCCTGGGA TGGTGATGTC CATGTACACG CTCCTGAGGA ATCACCCAGA GCCCTCAGAG 
GAGCAGCTCA TGGAAGCCCT TGGGGGCAAC CTGTGTCGTT GCACTGGGTA TCGGCCAATT 
CTTGCCAGTG GAAGAACCTT CTGCATGGCT TCAAATGACT GTCAAGAGAA AGGGAAAGGA 
AAATGCTGCT TGGATCAAGA AGAAAAGGAT TCCTCCTCAC TTGACAGGAA AAGTGAGATG 
TGCACTGAAT TATTCGTAAG AGAGGAGTTT CAGCCCTTGG ACCCTACCCA GGAGCTCATA 
TTCCCCCCAG AACTCTTGAG AATGTTGGAG AACCCAGAAA AACGCACCTT TACTTTTCAT 
GGAGAAAGAG TCACTTGGAT CTCCCCTGGG ACCCTCAAGG AGCTCCTGGA GCTGAAAGTG 
AAACACCCTG AAGCCCCCCT CATCCTGGGC AACACCTCAC TTGGACCTGC CATGAAATCT 
CAAGGGTGTT TTCATCCAAT TCTTCTCTAT CCTGTTAGAA TTTCCGAGCT CTATGTGGTA 
TCTAAAGCAA GCGATGGACT GACAATCGGT GCTGGCTGCA GCCTGGCCCA GGTGAAGGAC 
CTCTTGGCTG AGACGGTTTC CAGCCTCCCA GAGGAGAAGA CGAAGGCATA CCGAGCCCTC 
CTAAAACAGC TGAAGAGCCT GGGAGGCCAG CAGATCCGGA ATATGGCATC CTTAGGGGGA 
CATGTTGTAA GCAGGCATTG CTACTCAGAC CTGAATCCAA TTCTAGCTGT GAGCAGTGCT 
ACTCTCAACC TGATATCAGA AGAAGGGAAA CGGCAGATTC CTCTGAATGA ACATTTTCTT 
GCTGGGTTGG CAAGCGCAGA CCTTAAGCCA GAGGAAATTT TGGAATCTGT GTATATCCCT 
CATTCTCACA AGTGGGAATT TGTGTCAGCC TTCCGACAGG CCGAGTGCCG ACAAAATGCC 
TTGGCTGATG TGAATGCTGG TCTGAGAGTC GTCTTTGAAG AAGGCACAGA CACCATCGCA 
GGCCTGAGCC TAGCCTATGG AGGGGTGGGG GCTGCCACCA TCAGTGCCCC CCAGACCTGC 
CAGCAGCTCC TTGGGAGGCA CTGGAACCAG CTAATGCTGG ATGAGGCCTA CAGGCTGCTT 
CTGGAGGAAA TCTCTCTCCC AGGTTCAGCT CCGGGAGGGA AGGTGGAATT CAAGAGGAGT 
CTGATTGTCA GCTTCTTCTT CAAGTTCTAC CTACAAGTTT TGCAGGAACT CAAAGAACTA 
CGGAGGCTAT TCCCTAAATC TGACAGCTGC CATTACCCTG AAGTTGCAGA CCGATTCCTA 
AGTGTTCTAG AAGACTTCTC CATCAACTTA CCACAGGGAG TCCAGACATA CCAGTGTGTG 
GATTCTCACC AGCCTCCCCT GGATCCTGTT GGACGCCCCA TCATGCACCT GTCAGGTCTC 
AAACATGCCA CAGGGGAAGC CATATTCTGT GATGACATTC CTGTCGTGGA TAAAGAACTG 
GCCATGGCTT TGGTGACCAG TACCAGGGCT CATGCAAAAA TCATATCAAT TGATTCGTCT 
GAAGCTCTAG AACTACCAGG AGTAGTAGAT GTGATAACAG CAGAGGACAT TCCAGGCACC 
AATGGTGCCG AAGATGACAA ACTGTTGGCT GTAGATAAGG TACTATGTGT GGGCCAGATT 
GTCTGTGCTG TGGTGGCAGA GACAGAGGTG CAGGTGAAGA GGGCAGTTGA GAAGATAAAG 
ATCACCTACA AAGACCTGGA GCCTGTGATC TTCTCTATTG AGGATGCTGT AAAACATAAT 
TCATTCCTCT GCCCTGAAAA AAAACTTGAG CAAGGAAACA TTGAAGAGGC ATTTGGGAAA 
GTTGATCAAA TTGTTGAAGG GGAGGTCCAC GTTGGAGGTC AGGAACATTT TTACATGGAG 
ACACAAAGAG TACTTGTCAT TCCAAAGACA GAGGACAAAG AACTGGACGT TTATGTGTCT 
ACTCAGGATC CAGCCCATGT GCAGAAAACT GTGTCCTCCA CGCTAAGCAT CCCCATCAAC 
AGGATCACCT GTCACGTGAA ACGAGTCGGT GGGGGTTTTG GAGGAAAGAC AGGAAGACCA 
GCTGTATTTG GGGCTATTGC GGCTGTGGGT GCTATGAAAA CTGGTCGCCC CATTCGTCTT 
GTTCTTGATC GTGAAGATGA TATGTTAATA ACTGGGGGAA GGCATCCGTT ATTTGGAAAA 
TATAAAGTGG GCTTCATGAA CAGCGGGCGC ATCAAAGCTC TGGACATTGA GTGCTACATT 
AACGGAGGCT GCACGCTGGA TGACTCAGAG ATGGTAACAG AATATCTCAT CTTAAAAATG 
GAAAATGCAT ATAAAATTCG CAATCTCCGG TTCCGGGGAC GTGCATGCCT GACCAATTTA 
CCATCCAACA CAGCCTTCCG TGGGTTTGGC TTCCCCCAAG GAACCCTGGT AACAGAATCT 
TGCATCACAG CTGTGGCAGC TAAATGTGGC CTCCCTCCAG AAAAGATTAG GGAGAAAAAC 
ATGTACAAGA CAGTTGATAA GACCATCTAC AAACAAGCAT TCAGCCCGGA GAATCTGATC 
AGATGCTGGA ATGAATGTCT GGTCCAGTCT TCCTTCCACA GCAGAAGGCT GCAGGTGGAA 
GAGTTCAATA AGAAGAATTA TTGGAAGAAG AAAGGCATTG CTATTGTCCC TATGAAGTTT 
TCAGTTGGCT TTGCCGCAAC AAGCTACCAT CAGGCAGCTG CTCTCGTTCA CATCTACACT 
GATGGGTCTG TGTTGGTCAC ACATGGAGGC AATGAACTGG GACAAGGGAT CCACACCAAA 
ATGCTACAGA ATGCTTGTCA GGTCCTTCTG AAACGCCTTG AGCCCATCAT GAAGAAAAAT 
CCTGAAGGTA CCTGGGAAGA TTGGATAGAA GCTGCATTTG AGCAAAGAAT CAGCCTTTCA 
GCCACTGGAT ACTTCAGGGG CTACAAAGCC TTCATGGACT GGGAGAAGGG AGAGGGAGAC 
CCATTTCCTT ACTATGTCTA CGGCGTTGCC TGTTCAGAGG TTGAAATTGA CTGCCTCACT 
GGAGCCCACA AGAAAATCAG AACAGACATT GTGATGGATG CGTGTTGTAG CCTAAACCCA 
GCTATTGACA TCGGACAGAT TGAAGGTGCA TTTGTGCAGG GCATGGGCCT TTACACCACC 
GAAGAGCTGA AGTACTCCCC AGAAGGTGTC CTCTACTCCC GGGGCCCAGA TGAGTACAAG 
ATTCCAACCA TCACTGACAT CCCGGAGGAG TTCAACGTGT ACTTGCTGCC ATCATCACAC 
ACCCCACTAA CCATCTATTC ATCCAAGGGC CTTGGGGAGT CAGGGATGTT CCTGGGATCA 
TCTGTGTTCT TTGCCATCAT TGATGCTGTG ACCACAGCAC GCAGGGAGAG AGACATTGCC 
GAGGACTTCA CAGTGAGGAG CCCAGCAACG CCAGAATGGG TTCGAATGGC CTGTGCAGAC 
CGCTTCACGG AGATGGTATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006889202.1
CDS	1..3861
Translation	MPCPTRSDELVFFVNGRKVIERDADPEVTLLTFLRKNLRLTGTKYACGRGGCGACTVMVSRHDPSSKKIRHFSVTACLVPICSLHGTAVTTVEGVGSIKTRIHPVQERIAKSHGTQCGFCTPGMVMSMYTLLRNHPEPSEEQLMEALGGNLCRCTGYRPILASGRTFCMASNDCQEKGKGKCCLDQEEKDSSSLDRKSEMCTELFVREEFQPLDPTQELIFPPELLRMLENPEKRTFTFHGERVTWISPGTLKELLELKVKHPEAPLILGNTSLGPAMKSQGCFHPILLYPVRISELYVVSKASDGLTIGAGCSLAQVKDLLAETVSSLPEEKTKAYRALLKQLKSLGGQQIRNMASLGGHVVSRHCYSDLNPILAVSSATLNLISEEGKRQIPLNEHFLAGLASADLKPEEILESVYIPHSHKWEFVSAFRQAECRQNALADVNAGLRVVFEEGTDTIAGLSLAYGGVGAATISAPQTCQQLLGRHWNQLMLDEAYRLLLEEISLPGSAPGGKVEFKRSLIVSFFFKFYLQVLQELKELRRLFPKSDSCHYPEVADRFLSVLEDFSINLPQGVQTYQCVDSHQPPLDPVGRPIMHLSGLKHATGEAIFCDDIPVVDKELAMALVTSTRAHAKIISIDSSEALELPGVVDVITAEDIPGTNGAEDDKLLAVDKVLCVGQIVCAVVAETEVQVKRAVEKIKITYKDLEPVIFSIEDAVKHNSFLCPEKKLEQGNIEEAFGKVDQIVEGEVHVGGQEHFYMETQRVLVIPKTEDKELDVYVSTQDPAHVQKTVSSTLSIPINRITCHVKRVGGGFGGKTGRPAVFGAIAAVGAMKTGRPIRLVLDREDDMLITGGRHPLFGKYKVGFMNSGRIKALDIECYINGGCTLDDSEMVTEYLILKMENAYKIRNLRFRGRACLTNLPSNTAFRGFGFPQGTLVTESCITAVAAKCGLPPEKIREKNMYKTVDKTIYKQAFSPENLIRCWNECLVQSSFHSRRLQVEEFNKKNYWKKKGIAIVPMKFSVGFAATSYHQAAALVHIYTDGSVLVTHGGNELGQGIHTKMLQNACQVLLKRLEPIMKKNPEGTWEDWIEAAFEQRISLSATGYFRGYKAFMDWEKGEGDPFPYYVYGVACSEVEIDCLTGAHKKIRTDIVMDACCSLNPAIDIGQIEGAFVQGMGLYTTEELKYSPEGVLYSRGPDEYKIPTITDIPEEFNVYLLPSSHTPLTIYSSKGLGESGMFLGSSVFFAIIDAVTTARRERDIAEDFTVRSPATPEWVRMACADRFTEMV

Target ORF information:

RefSeq Version	XM_006889140.1
Organism	Elephantulus edwardii(Cape elephant shrew)
Definition	Elephantulus edwardii aldehyde oxidase 1 (AOX1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006889140.1

ORF Insert Sequence:

ATGCCTTGCC CCACAAGATC AGATGAGTTG GTGTTCTTTG TGAATGGGAG GAAGGTGATC 
GAGAGGGATG CAGACCCAGA AGTGACTCTC CTAACCTTCC TGCGAAAGAA TTTACGCCTC 
ACCGGAACCA AGTATGCCTG TGGAAGAGGA GGCTGTGGGG CATGTACTGT GATGGTGTCC 
AGGCACGACC CGTCATCCAA GAAGATAAGA CACTTCTCAG TCACTGCCTG CCTGGTGCCC 
ATCTGCTCAC TGCATGGAAC TGCTGTCACC ACTGTGGAAG GCGTTGGAAG CATCAAAACT 
AGGATTCACC CCGTTCAGGA GAGGATCGCC AAGAGCCATG GCACCCAGTG TGGATTCTGC 
ACCCCTGGGA TGGTGATGTC CATGTACACG CTCCTGAGGA ATCACCCAGA GCCCTCAGAG 
GAGCAGCTCA TGGAAGCCCT TGGGGGCAAC CTGTGTCGTT GCACTGGGTA TCGGCCAATT 
CTTGCCAGTG GAAGAACCTT CTGCATGGCT TCAAATGACT GTCAAGAGAA AGGGAAAGGA 
AAATGCTGCT TGGATCAAGA AGAAAAGGAT TCCTCCTCAC TTGACAGGAA AAGTGAGATG 
TGCACTGAAT TATTCGTAAG AGAGGAGTTT CAGCCCTTGG ACCCTACCCA GGAGCTCATA 
TTCCCCCCAG AACTCTTGAG AATGTTGGAG AACCCAGAAA AACGCACCTT TACTTTTCAT 
GGAGAAAGAG TCACTTGGAT CTCCCCTGGG ACCCTCAAGG AGCTCCTGGA GCTGAAAGTG 
AAACACCCTG AAGCCCCCCT CATCCTGGGC AACACCTCAC TTGGACCTGC CATGAAATCT 
CAAGGGTGTT TTCATCCAAT TCTTCTCTAT CCTGTTAGAA TTTCCGAGCT CTATGTGGTA 
TCTAAAGCAA GCGATGGACT GACAATCGGT GCTGGCTGCA GCCTGGCCCA GGTGAAGGAC 
CTCTTGGCTG AGACGGTTTC CAGCCTCCCA GAGGAGAAGA CGAAGGCATA CCGAGCCCTC 
CTAAAACAGC TGAAGAGCCT GGGAGGCCAG CAGATCCGGA ATATGGCATC CTTAGGGGGA 
CATGTTGTAA GCAGGCATTG CTACTCAGAC CTGAATCCAA TTCTAGCTGT GAGCAGTGCT 
ACTCTCAACC TGATATCAGA AGAAGGGAAA CGGCAGATTC CTCTGAATGA ACATTTTCTT 
GCTGGGTTGG CAAGCGCAGA CCTTAAGCCA GAGGAAATTT TGGAATCTGT GTATATCCCT 
CATTCTCACA AGTGGGAATT TGTGTCAGCC TTCCGACAGG CCGAGTGCCG ACAAAATGCC 
TTGGCTGATG TGAATGCTGG TCTGAGAGTC GTCTTTGAAG AAGGCACAGA CACCATCGCA 
GGCCTGAGCC TAGCCTATGG AGGGGTGGGG GCTGCCACCA TCAGTGCCCC CCAGACCTGC 
CAGCAGCTCC TTGGGAGGCA CTGGAACCAG CTAATGCTGG ATGAGGCCTA CAGGCTGCTT 
CTGGAGGAAA TCTCTCTCCC AGGTTCAGCT CCGGGAGGGA AGGTGGAATT CAAGAGGAGT 
CTGATTGTCA GCTTCTTCTT CAAGTTCTAC CTACAAGTTT TGCAGGAACT CAAAGAACTA 
CGGAGGCTAT TCCCTAAATC TGACAGCTGC CATTACCCTG AAGTTGCAGA CCGATTCCTA 
AGTGTTCTAG AAGACTTCTC CATCAACTTA CCACAGGGAG TCCAGACATA CCAGTGTGTG 
GATTCTCACC AGCCTCCCCT GGATCCTGTT GGACGCCCCA TCATGCACCT GTCAGGTCTC 
AAACATGCCA CAGGGGAAGC CATATTCTGT GATGACATTC CTGTCGTGGA TAAAGAACTG 
GCCATGGCTT TGGTGACCAG TACCAGGGCT CATGCAAAAA TCATATCAAT TGATTCGTCT 
GAAGCTCTAG AACTACCAGG AGTAGTAGAT GTGATAACAG CAGAGGACAT TCCAGGCACC 
AATGGTGCCG AAGATGACAA ACTGTTGGCT GTAGATAAGG TACTATGTGT GGGCCAGATT 
GTCTGTGCTG TGGTGGCAGA GACAGAGGTG CAGGTGAAGA GGGCAGTTGA GAAGATAAAG 
ATCACCTACA AAGACCTGGA GCCTGTGATC TTCTCTATTG AGGATGCTGT AAAACATAAT 
TCATTCCTCT GCCCTGAAAA AAAACTTGAG CAAGGAAACA TTGAAGAGGC ATTTGGGAAA 
GTTGATCAAA TTGTTGAAGG GGAGGTCCAC GTTGGAGGTC AGGAACATTT TTACATGGAG 
ACACAAAGAG TACTTGTCAT TCCAAAGACA GAGGACAAAG AACTGGACGT TTATGTGTCT 
ACTCAGGATC CAGCCCATGT GCAGAAAACT GTGTCCTCCA CGCTAAGCAT CCCCATCAAC 
AGGATCACCT GTCACGTGAA ACGAGTCGGT GGGGGTTTTG GAGGAAAGAC AGGAAGACCA 
GCTGTATTTG GGGCTATTGC GGCTGTGGGT GCTATGAAAA CTGGTCGCCC CATTCGTCTT 
GTTCTTGATC GTGAAGATGA TATGTTAATA ACTGGGGGAA GGCATCCGTT ATTTGGAAAA 
TATAAAGTGG GCTTCATGAA CAGCGGGCGC ATCAAAGCTC TGGACATTGA GTGCTACATT 
AACGGAGGCT GCACGCTGGA TGACTCAGAG ATGGTAACAG AATATCTCAT CTTAAAAATG 
GAAAATGCAT ATAAAATTCG CAATCTCCGG TTCCGGGGAC GTGCATGCCT GACCAATTTA 
CCATCCAACA CAGCCTTCCG TGGGTTTGGC TTCCCCCAAG GAACCCTGGT AACAGAATCT 
TGCATCACAG CTGTGGCAGC TAAATGTGGC CTCCCTCCAG AAAAGATTAG GGAGAAAAAC 
ATGTACAAGA CAGTTGATAA GACCATCTAC AAACAAGCAT TCAGCCCGGA GAATCTGATC 
AGATGCTGGA ATGAATGTCT GGTCCAGTCT TCCTTCCACA GCAGAAGGCT GCAGGTGGAA 
GAGTTCAATA AGAAGAATTA TTGGAAGAAG AAAGGCATTG CTATTGTCCC TATGAAGTTT 
TCAGTTGGCT TTGCCGCAAC AAGCTACCAT CAGGCAGCTG CTCTCGTTCA CATCTACACT 
GATGGGTCTG TGTTGGTCAC ACATGGAGGC AATGAACTGG GACAAGGGAT CCACACCAAA 
ATGCTACAGA ATGCTTGTCA GGTCCTTCTG AAACGCCTTG AGCCCATCAT GAAGAAAAAT 
CCTGAAGGTA CCTGGGAAGA TTGGATAGAA GCTGCATTTG AGCAAAGAAT CAGCCTTTCA 
GCCACTGGAT ACTTCAGGGG CTACAAAGCC TTCATGGACT GGGAGAAGGG AGAGGGAGAC 
CCATTTCCTT ACTATGTCTA CGGCGTTGCC TGTTCAGAGG TTGAAATTGA CTGCCTCACT 
GGAGCCCACA AGAAAATCAG AACAGACATT GTGATGGATG CGTGTTGTAG CCTAAACCCA 
GCTATTGACA TCGGACAGAT TGAAGGTGCA TTTGTGCAGG GCATGGGCCT TTACACCACC 
GAAGAGCTGA AGTACTCCCC AGAAGGTGTC CTCTACTCCC GGGGCCCAGA TGAGTACAAG 
ATTCCAACCA TCACTGACAT CCCGGAGGAG TTCAACGTGT ACTTGCTGCC ATCATCACAC 
ACCCCACTAA CCATCTATTC ATCCAAGGGC CTTGGGGAGT CAGGGATGTT CCTGGGATCA 
TCTGTGTTCT TTGCCATCAT TGATGCTGTG ACCACAGCAC GCAGGGAGAG AGACATTGCC 
GAGGACTTCA CAGTGAGGAG CCCAGCAACG CCAGAATGGG TTCGAATGGC CTGTGCAGAC 
CGCTTCACGG AGATGGTATG A